Expert explanations to make you understand and love Physics.
Formerly at Chaitanyas and Lakshya Tutorials (JEE Advanced Rank 1 this year).

Anurag Agarwal

Concepts and Practical application of Kinematics
Learn easy ways to solve problems, especially if you find mathematical problems difficult.

By end of the course you will be able to solve problems up to medium-high complexity (JEE/NEET), Also will be able to develop analytical skills and apply principles of Kinematics in real life.

2. At the end of this course, you will have
- Understood what is rest and motion, and related concepts.
- Understood two tricks for using equations of motion.
- Solved all important questions usually discussed in Kota classrooms and good books.

3. SYLLABUS COVERED
Concept of relative Quantities
What is Rest and Motion
Distance and Displacement
Speed and Velocity
Acceleration
Average and Instantaneous values of above Quantities
Problems on above concepts

4. WHAT YOU SHOULD KNOW BEFORE STARTING THIS COURSE
This course builds up from scratch and gradually proceeds to JEE Level, so you don't need any special skills for this course. Anyone above 10th standard should be able to follow, even if you are not from Maths background.

IIT JEE 2020 and 2021 Main and Advanced exam preparation. Know about detailed syllabus, best books, exam pattern and dates. Cover previous year question papers and book solutions from great educators.

IIT JEE

JEE Main and Advanced Preparation

English

Kinematics for IIT-JEE and NEET

Kinematics

Mechanics

Physics

IITJEE, NEET UG and Foundation

Ace the toughest competitive and government exams in India 

Test Preparation

What are the features of the course, and who are the target audience of the course. Find out if this course will be helpful for you.

What is inside the course?

Understand the concept of distance and displacement, practically and conceptually.

Concept of distance and displacement

Condor of Speed, Velocity and Acceleration is described with help of concept of Rate of change. And by understanding concept of Rate you can understand many other concepts of physics as well.

A new way to understand speed, velocity and Acceleration (this is an important video!)

We start to apply the concepts learnt in the video, and silver some good problems based on concept of change.

Problems abou Change and Rate of Motion

Understand the concept of percent change in physics and how do we solve problems of kinematics based on this concept.

Concept of Percent Change in Kinematics

Am easy method of solving problems of average speed

How to solve questions about Average Speed?

Understand the concept of relative motion and also answers to questions given in last video.

Does everyone see motion in same way?

Discussion about finding position and motion mathematically.

How to find position Quantitatively

Solve some good questions based on position vector and displacement. Also learn how do we convert direction notations to co-ordinate axis.

How to solve problems involving Displacement and Position Vector

Learn the the equations of motion, their derivations and also few important points about the equations.

The 3 equations of motion

If you're confused about which equation to use in the problems, this simple trick will enable you to know equation before you even finish reading question.

A trick to pick the right equation (Important Video)

We now apply the trick we just learnt, to the questions. You'll see how questions become simple by application of this simple trick. A demonstration will help you apply it in your questions.

Practicing the trick method using problems

We will complete our discussion about using the equations. In this video we will see how to introduce vector signs in equations. This is also known as sign convention. The method discussed here is more easier and versatile compared to methods given in books.

How to insert vector signs to make problems easier?

How to solve questions about nth second of motion. Derivation of formula, important points and questions. Also how to calculate distance in nth second (we cannot calculate it by standard formula)

How to solve questions of finding motion in 'nth' second?

Teaching - Physics & Quant
Founder - The VMD Inst, The VMD GYM, VIReAL Classrooms
Manager - Medical Edu Services Pvt Ltd

Uttam Singh

In this course, I have started PROJECTILE MOTION from very basic level and have covered everything (up to IIT JEE Level).

(Hindi) Projectile Motion: Important concepts and Numerical Problems

I'm your AR & you're my Squad! 
On YouTube 💢 AR SQUAD 💪
Teacher | Entertainer | Coach

Aayush Rathi

This is a practice course on 'Motion in a Straight Line' where we will be discussing around 100+ MCQs from exams like JEE Main, NEET, BITSAT, WBJEE, etc. This course is a must watch for all the Physics learning students.

(Hindi) Motion in a Straight Line - Practice Course with 100+ MCQs for IIT JEE

Pankaj Singh

(Hindi) Kinematics

This course is basically for IIT JEE and NEET aspirants. This is also beneficial for the students studying in class 11th.

(Hindi) Projectile Motion: IIT JEE

In this special course you will find very useful tricks and concepts on Laws of Motion. This Course is beneficial for IIT JEE aspirants.

(Hindi) Tricks And Techniques: Laws of Motion- IIT JEE


 BTECH (MECHANICAL ENGINEERING) YouTube-Knowledge world
Have more than 3 years of experience. 

Aman Kumar

This course contains all lessons of circular motion.

Lessons

14 lessons • 2h 44m

Invalid Date

NaN

What is inside the course?

Invalid Date

NaN

Concept of distance and displacement

Invalid Date

NaN

A new way to understand speed, velocity and Acceleration (this is an important video!)

Invalid Date

NaN

Problems abou Change and Rate of Motion

Invalid Date

NaN

Concept of Percent Change in Kinematics

Invalid Date

NaN

How to solve questions about Average Speed?

Invalid Date

NaN

Does everyone see motion in same way?

Invalid Date

NaN

How to find position Quantitatively

Invalid Date

NaN

How to solve problems involving Displacement and Position Vector

Invalid Date

NaN

The 3 equations of motion

+ See all lessons